DOCSLIB.ORG

Connecting Luatex to Mongodb (Arstexnica, Numero 26, 2018)

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Connecting Luatex to Mongodb (Arstexnica, Numero 26, 2018) Connecting LuaTEX to MongoDB Roberto Giacomelli Abstract primary and foreign key constraint, the not null clause and so on. This paper describes in details a way to connect Secondly, the valuable advantage is that avoiding LuaT X to a MongoDB database server. As a con- E intermediate layer between data and T X means sequence, the Lua-powered typesetting engine be- E speeding up modifications. comes a candidate, along with other tools, to gen- I have frequently adapted project entity- erate beautiful reports. relationship diagrams whenever improvements From local-wide project to large web ap- were (e.g., the addition of a complex set of eco- plications, MongoDB—the popular NoSQL nomic information). So, I learned a lot about how database—creates a new point of view on datasets to translate real world entities into conceptual SQL also adopted by LuaT X. This could extend the E models, trying to keep minimalism in mind as much development perspectives. as possible. Changes were easy to apply but, after six years Sommario of development, things are no longer so easy to Questo articolo descrive in dettaglio un modo per keep up-to-date despite the success of the project. connettere LuaTEX a un database server Mon- After all, the world is constantly changing. And goDB, dimostrando come il motore di composi- I consider more important finding out database zione dotato dell’interprete Lua possa candidarsi, systems to allow a better data representation than insieme ad altri strumenti, a generare bellissimi incrementing data bandwidth as fast as hardware report. potentially could do. In other words, I’m looking Dal piccolo progetto alle grandi applicazioni web, for more natural criteria to model a reality in rapid MongoDB — il noto database di tipo NoSQL — and unpredictable evolution. crea un nuovo punto di vista sui dati che si ritro- When I talk about project I mean a production va anche in LuaTEX. Ciò potrebbe incrementare business where data are shared over the IT network ulteriormente le possibilità di sviluppo. infrastructure and automatically processed to get reports. Just think of a freelance engineer or a little 1 Reasons design team, dealing with invoices of technical documents as part of their customer service, or I’m currently working on a project based on Lua- a company delivering financial statements to the 1 jitLATEX, and SQLite3 as a set of databases han- clients. dler, to typeset a lot of high quality reports. I exposed about that in my article (GIACOMELLI, 1.1 What I’ll talk about 2017). This paper is covering a brief description of the LuajitTEX includes the LuaJIT FFI Foreign Func- NoSQL unconventional way of thinking in the tion Interface, a powerful technology to bind C section 2, where I also introduce the MongoDB executable modules such as the dynamic linking database system presenting fundamental concepts SQLite3 library. Not only LuajitTEX becomes capa- like the document. ble of collecting data by running SQL queries, but Section 3 and the following two are dedicated to it also makes life easier in configuring the system. a step-by-step detailed tutorial valid for Ubuntu Why did I discard simpler data management soft- and Windows operating systems—section 4 and ware such as spreadsheets or plain text files, and section 5 respectively. They provide instructions to why didn’t I ensure a full separation between TEX set up a MongoDB local server for experimenting and data layer, for example through an agnostic and a suitable MongoDB connector for LuaTEX. file format? Finally, from section 7 on I will discuss two demo First of all, the main goal of this architecture projects simple and meaningful, useful to practice is to ensure data safety: that is why I chose a the projects development. RDBMS system2. Every record saved in the archive is checked by the database engine itself that con- 1.2 Verbatim conventions trols the integrity of the relational model, in con- When a shell command doesn’t fit in the column sideration of a handful of concepts such as the width, an ending backslash \ is added to split text up into more lines. 1. https://www.sqlite.org. 2. The acronym RDBMS stands for Relational Database While experimenting, you can improve readabil- Management System. ity too, splitting the lines up in your command 62 ArsTEXnica Nº 26, Ottobre 2018 Connecting LuaTEX to MongoDB window according to your operating system syn- documents. Thus documents literally represent tax. For instance, Windows PowerShell supports themselves. Shift+Enter keys combination for multiline editing In the document above—delimited by or even a backtick3 ‘ at the end of breaking lines. braces—there are two fields separated by a Beware: PowerShell inserts a space for each newline comma. Each field has a key and a value separated you enter, so you won’t be able to even split up a by a colon. Keys are strings while values are, file path, while Linux or Mac OSX user can safely respectively, a string and an integer. Values use backslash \ to break up to command names. are not limited to atomic types like those just considered: they can also represent compound 1.3 Requirements types such as arrays—a list of comma separated You need a desktop computer running a 64 bit Op- values, enclosed in square brackets—or even other erating System in order to execute demo projects documents. For example, we can add geospatial programs illustrated from section 7 on: running information as an array of coordinates localizing locally database operations and typesetting docu- the river source: ments for reports. A basic Lua understanding is { also recommended to knowingly run such source ”name” : ”Missouri River”, files with LuaTEX. ”length km” : 3768, ”source coords” : [45.9275, -111.508056] 2 NoSQL, Not only SQL } That notation—pretty much the same of the ta- NoSQL philosophy denies the SQL model: no fixed ble constructor in Lua—corresponds exactly to the schemas and no relational constraints are imposed JavaScript object type and it highlights the strong on data. Leaving out that essential checks, web inclination of MongoDB for web development. applications can take advantage of NoSQL in two main areas: a great capability to scale out—that is 2.2 Collection and database partitioning data across several servers, optimizing A MongoDB collection is a set of documents and, costs and performances—and a flexible design of in turn, a database is a set of collections. data models. Shortly, a powerful and easy to use Collections are referenced by name as a single storage engine. UTF-8 string or as a sequence of strings concate- The heart of the SQL system is the table: a nated with the dot character. It’s the recommended tabular dataset organized in rows and columns that way to organize document groups with namespaces. describes and represents entities. Improvements For instance, the previous document regarding require to reformulate all the dataset archived in essential data about rivers could be part of the the table. This is what we call a fixed-schema: it’s info.basic collection. Please pay attention to the just not possible to write data that don’t suit the fact that in this case there is no collection belonging current schema. to another one but it’s only an optional naming Quite the opposite for the NoSQL databases: rule to identify a single collection. the information models can be eventually changed, There are no constraints defined on the doc- whatever and wherever. ument structure except on the field _id. If the Google, Amazon and other Internet big compa- document does not have an _id field, MongoDB nies are developing their own NoSQL data stor- will attach one to it with a default value of type age system. In this article, I’m going to consider ObjectId, otherwise it will check if the _id value the open source project MongoDB located at of any type is unique within the collection. www.mongodb.com. 2.3 The JSON and BSON formats 2.1 The MongoDB document JSON (JavaScript Object Notation) is a text-based A MongoDB document is a key/value ordered list. data-interchange open standard format. It is built As a matter of fact, not only the database can upon a key/value structure called object and a list archive data in binary format, but can also under- called array. Values types belong to a list of seven of stand the structure of the key/value data type for them like string or number, but even object and array. querying. The JSON specification takes only a single A document looks like this: web page, see https://www.json.org/, to be com- pletely defined. As the website says, JSON iseasy {”name”:”Missouri River”, ”length km”:3768} for humans to read and write, and it is also easy for machines to parse and generate. In absence of a fixed and predefined SQL-like JSON is not alone in the arena of structured schema, MongoDB developers use to visualize text formats; competitors are TOML4, YAML5, how information is structured, simply printing 4. Tom’s Obvious, Minimal Language https://github.com/ 3. Backtick is issued typing ALT+0096 on Windows ma- toml-lang/toml. chines. 5. YAML Ain’t Markup Language http://yaml.org/. 63 Roberto Giacomelli ArsTEXnica Nº 26, Ottobre 2018 XML6, RON7 and many others, but JSON is very • an independent execution of CLI tools like popular on the modern web. mongo shell itself, using files as communication The data transfer over the network is based on channel with LuaTEX (see section 10). the serialization/deserialization process where text is encoded into an efficient binary format.
Load more

Recommended publications
  • The Luacode Package
    The luacode package Manuel Pégourié-Gonnard <[email protected]> v1.2a 2012/01/23 Abstract Executing Lua code from within TEX with \directlua can sometimes be tricky: there is no easy way to use the percent character, counting backslashes may be hard, and Lua comments don’t work the way you expect. This package provides the \luaexec command and the luacode(*) environments to help with these problems, as well as helper macros and a debugging mode. Contents 1 Documentation1 1.1 Lua code in LATEX...................................1 1.2 Helper macros......................................3 1.3 Debugging........................................3 2 Implementation3 2.1 Preliminaries......................................4 2.2 Internal code......................................5 2.3 Public macros and environments...........................7 3 Test file 8 1 Documentation 1.1 Lua code in LATEX For an introduction to the most important gotchas of \directlua, see lualatex-doc.pdf. Before presenting the tools in this package, let me insist that the best way to manage a non- trivial piece of Lua code is probably to use an external file and source it from Lua, as explained in the cited document. \luadirect First, the exact syntax of \directlua has changed along version of LuaTEX, so this package provides a \luadirect command which is an exact synonym of \directlua except that it doesn’t have the funny, changing parts of its syntax, and benefits from the debugging facilities described below (1.3).1 The problems with \directlua (or \luadirect) are mainly with TEX special characters. Actually, things are not that bad, since most special characters do work, namely: _, ^, &, $, {, }. Three are a bit tricky but they can be managed with \string: \, # and ~.
    [Show full text]
  • Luatex Reference Manual
    LuaTEX Reference Manual stable July 2021 Version 1.10 LuaTEX Reference Manual copyright : LuaTEX development team more info : www.luatex.org version : July 23, 2021 Contents Introduction 13 1 Preamble 17 2 Basic TEX enhancements 19 2.1 Introduction 19 2.1.1 Primitive behaviour 19 2.1.2 Version information 19 2.2 UNICODE text support 20 2.2.1 Extended ranges 20 2.2.2 \Uchar 21 2.2.3 Extended tables 21 2.3 Attributes 21 2.3.1 Nodes 21 2.3.2 Attribute registers 22 2.3.3 Box attributes 22 2.4 LUA related primitives 23 2.4.1 \directlua 23 2.4.2 \latelua and \lateluafunction 25 2.4.3 \luaescapestring 25 2.4.4 \luafunction, \luafunctioncall and \luadef 25 2.4.5 \luabytecode and \luabytecodecall 26 2.5 Catcode tables 27 2.5.1 Catcodes 27 2.5.2 \catcodetable 27 2.5.3 \initcatcodetable 27 2.5.4 \savecatcodetable 27 2.6 Suppressing errors 28 2.6.1 \suppressfontnotfounderror 28 2.6.2 \suppresslongerror 28 2.6.3 \suppressifcsnameerror 28 2.6.4 \suppressoutererror 28 2.6.5 \suppressmathparerror 28 2.6.6 \suppressprimitiveerror 29 2.7 Fonts 29 2.7.1 Font syntax 29 2.7.2 \fontid and \setfontid 29 2.7.3 \noligs and \nokerns 29 2.7.4 \nospaces 30 2.8 Tokens, commands and strings 30 2.8.1 \scantextokens 30 2.8.2 \toksapp, \tokspre, \etoksapp, \etokspre, \gtoksapp, \gtokspre, \xtoksapp, \xtokspre 30 2.8.3 \csstring, \begincsname and \lastnamedcs 31 1 2.8.4 \clearmarks 31 2.8.5 \alignmark and \aligntab 31 2.8.6 \letcharcode 31 2.8.7 \glet 32 2.8.8 \expanded, \immediateassignment and \immediateassigned 32 2.8.9 \ifcondition 33 2.9 Boxes, rules and leaders
    [Show full text]
  • A Guide to Lualatex
    A guide to LuaLATEX Manuel Pégourié-Gonnard <[email protected]> May 5, 2013 1 吀his document is a map, or touristic guide, for the new worldAT ofLuaL EX. 吀he intended audience ranges from complete newcomers (with a working knowledge of conventional LATEX) to package developers. 吀his guide is intended to be compre- hensive in the following sense: it contains pointers to all relevant sources, gathers information that is otherwise sca琀tered, and adds introductory material. Feedback and suggestions for improvement are most welcome. 吀his document is work in progress; thanks for your comprehension and patience. 1 Introduction 2 1.1 Just what is LuaLATEX? ................................ 2 1.2 Switching from LATEX to LuaLATEX ......................... 3 1.3 A Lua-in-TEX primer ................................ 4 1.4 Other things you should know ........................... 6 2 Essential packages and practices 7 2.1 User-level ...................................... 7 2.2 Developer-level ................................... 7 3 Other packages 10 3.1 User-level ...................................... 10 3.2 Developer-level ................................... 10 4 吀he luatex and lualatex formats 11 5 吀hings that just work, partially work, or don't work (yet) 13 5.1 Just working ..................................... 13 5.2 Partially working .................................. 13 5.3 Not working (yet) .................................. 14 1 吀hough focusing on LuaLATEX, it includes relevant information about LuaTEX with the Plain format, too. 1 1 Introduction 1.1 Just what is LuaLATEX? To answer this question, we need to mention a few details about the TEX world that you may usually ignore: the difference between an engine and a format. An engine is an actual computer program, while a format is a set of macros executed by an engine, usually preloaded when the engine is invoked with a particular name.
    [Show full text]
  • LUATEX 0.60 P Taco Hoekwater, Hartmut Henkel Cahiers Gutenberg, N 56 (2011), P
    Cahiers O m LUATEX 0.60 P Taco Hoekwater, Hartmut Henkel Cahiers GUTenberg, nO 56 (2011), p. 127-133. <http://cahiers.gutenberg.eu.org/fitem?id=CG_2011___56_127_0> © Association GUTenberg, 2011, tous droits réservés. L’accès aux articles des Cahiers GUTenberg (http://cahiers.gutenberg.eu.org/), implique l’accord avec les conditions générales d’utilisation (http://cahiers.gutenberg.eu.org/legal.html). Toute utilisation commerciale ou impression systématique est constitutive d’une infraction pénale. Toute copie ou impression de ce fichier doit contenir la présente mention de copyright. LuaTEX 0.60 Taco Hoekwater, Hartmut Henkel Abstract:TEXLive 2010 will contain LuaTEX 0.60. This article gives an overview of the changes between this version and the version on last year’s TEXLive. Highlights of this release: cweb code base, dynamic loading of lua modules, various font subsystem improvements including support for Apple .dfont, font collection files, braced input file names, extended pdf Lua table, and access to the line breaking algorithm from Lua code. Key words: Lua, LuaTEX, verze 0.60 Abstrakt: Článek představuje změny a novinky ve verzi LuaTEXu 0.60. Klíčová slova: programovací jazyk Lua, LuaTEX, verze 0.60 References [1] LuaTEX Available at URL: http://www.luatex.org/ [2] The Programming Language Lua. Home page. Available at URL: http://www.lua.org/ taco (at) elvenkind (dot) com Elvenkind BV, Spuiboulevard 269, 3311 GP Dordrecht, The Netherlands doi: 10.5300/2011-2-4/127 127 72 72 72 General changes Some of the changes can be organised into sections, but not all. So first, here are the changes that are more or less standalone.
    [Show full text]
  • Using Plain TEX TUG 2009 Although We Use Context for Testing We Also Need to Check Basic Behaviour with a Minimal Macro Set and Bare Definitions
    LuaTEX using plain TEX TUG 2009 Although we use ConTEXt for testing we also need to check basic behaviour with a minimal macro set and bare definitions. Most tests with plain TEX are done with no additional code loaded (like running the TEXbook). It can be handy to check at least basic OpenType font support in plain TEX. And using mplib in its simple form also makes sense. Why We don't touch the plain TEX format. Format generation happens via luatex-plain.tex. There some code is hooked into \everyjob so that a few extra files are loaded. Additional font support uses files from the ConTEXt distribution but fancy features are not available. Also MetaPost library support is loaded, but again with no fancy extensions. In order not to get burdened by ConTEXt beta versions, all font related code can be loaded from a merge file. Principles As there is no high level font interface, the input method is similar to X TE EX but we also support location prefixes (file: and name:) and have a few more keys. Fonts can be loaded in base mode in which case TEX's traditional mechanisms for ligature building and kerning are used. We can also use node mode where we use Lua instead. This is needed when we use more complex OpenType features. We do support OpenType math fonts but keep in mind that plain has its own font model and math setup as it's not an all-purpose macro package. Fonts The extensions are loaded as follows: \input plain \directlua {tex.enableprimitives('', tex.extraprimitives())} \pdfoutput=1 \everyjob \expandafter {% \the\everyjob \input luatex-basics\relax \input luatex-fonts\relax \input luatex-mplib\relax } \edef\fmtversion{\fmtversion+luatex} The basics provide a \newattribute macro.
    [Show full text]
  • Luatex Reference Manual
    LuaTEX Reference Manual stable April 2021 Version 1.13 LuaTEX Reference Manual copyright : LuaTEX development team more info : www.luatex.org version : April 11, 2021 Contents Introduction 13 1 Preamble 17 2 Basic TEX enhancements 19 2.1 Introduction 19 2.1.1 Primitive behaviour 19 2.1.2 Version information 19 2.2 UNICODE text support 20 2.2.1 Extended ranges 20 2.2.2 \Uchar 21 2.2.3 Extended tables 21 2.3 Attributes 21 2.3.1 Nodes 21 2.3.2 Attribute registers 22 2.3.3 Box attributes 22 2.4 LUA related primitives 23 2.4.1 \directlua 23 2.4.2 \latelua and \lateluafunction 25 2.4.3 \luaescapestring 25 2.4.4 \luafunction, \luafunctioncall and \luadef 25 2.4.5 \luabytecode and \luabytecodecall 26 2.5 Catcode tables 27 2.5.1 Catcodes 27 2.5.2 \catcodetable 27 2.5.3 \initcatcodetable 27 2.5.4 \savecatcodetable 27 2.6 Suppressing errors 28 2.6.1 \suppressfontnotfounderror 28 2.6.2 \suppresslongerror 28 2.6.3 \suppressifcsnameerror 28 2.6.4 \suppressoutererror 28 2.6.5 \suppressmathparerror 28 2.6.6 \suppressprimitiveerror 29 2.7 Fonts 29 2.7.1 Font syntax 29 2.7.2 \fontid and \setfontid 29 2.7.3 \noligs and \nokerns 29 2.7.4 \nospaces 30 2.8 Tokens, commands and strings 30 2.8.1 \scantextokens 30 2.8.2 \toksapp, \tokspre, \etoksapp, \etokspre, \gtoksapp, \gtokspre, \xtoksapp, \xtokspre 30 2.8.3 \csstring, \begincsname and \lastnamedcs 31 1 2.8.4 \clearmarks 31 2.8.5 \alignmark and \aligntab 31 2.8.6 \letcharcode 31 2.8.7 \glet 32 2.8.8 \expanded, \immediateassignment and \immediateassigned 32 2.8.9 \ifcondition 33 2.9 Boxes, rules and leaders
    [Show full text]
  • TEX: a Branch in Desktop Publishing Evolution, Part 2
    HISTORY OF DESKTOP PUBLISHING: BUILDING THE INDUSTRY THEME ARTICLE: HISTORY OF DESKTOP PUBLISHING: BUILDING THE INDUSTRY TEX: A Branch in Desktop Publishing Evolution, Part 2 Donald Knuth began the development of TEX in 1977 and had an initial version running in 1978, with the Barbara Beeton American Mathematical Society aim of typesetting mathematical documents with the Karl Berry highest quality, and with archival reproducibility far TEX Users Group into the future. Its usage spread, and today the TEX David Walden system remains in use by a vibrant user community. However, the world of TEX has always been somewhat out of sync with the commercial desktop publishing systems that began to come out in the mid-1980s and are now ubiquitous in the worlds of publishing and printing. Part 1 of this history (Annals vol. 40, no. 3) was about the creation of TEX at Stanford and how it began to spread. This part is about (a) the expansion of TEX-based and TEX-related technology, and development of a worldwide community of TEX users and developers following the lead of Knuth’s original collaboration model, and (b) the impact TEX has had on the broader world. In Part 1 we were primarily talking about TEX as developed by Knuth. In Part 2 we sometimes speak of (LA)TEX, meaning TEX or LATEX but mostly LATEX. We also often say TEX when we mean TEX and everything that has been built on top of and around TEX; we hope the distinction between the TEX program itself and these extended meanings is clear from the context.
    [Show full text]
  • The Ucharcat Package∗
    The ucharcat Package∗ David Carlisle November 19, 2015 1 Introduction The 2015 release of XeTEX introduced a new command \Ucharcat, this is an extension of the \Uchar comand that has been available in XeTEX and luaTEX for some time. It takes a second integer value, that specifies the category code of the token to be produced. This allows character tokens to be constructed via expansion, which has many potential uses in producing expandable case changing, numeric counter represntations, etc. \Uchar 65 12 produces a catcode 12 A for example. This package provides a lua implementation of \Ucharcat for use with luatex, it silently accepts XeTEX and does nothing in that case if \Ucharcat is defined. The main difference between the lua implementation and the XeTEX primitive is that the lua implementation takes two expansions to produce the token. \edef\tmp{\Uchar 65 11 } is the same as \def\tmp{A} with both systems but \expandafter\def\expandafter\tmp\expandafter{\Uchar 65 11 } the same as \def\tmp{A} with XeTEX, but in luaTEX it is equivalent to \def\tmp{\directlua{UcharcatLua() 65 11 } 2 Examples This section will be omitted if this document is not processed with a suitable format. ∗This file has version number v0.03, last revised 2015/11/19. Please report any issues at https://github.com/davidcarlisle/dpctex/issues 1 • \Ucharcat 65 11 A is a capital A. • \Ucharcat 65 12 This is a catcode 12 A: yes. • \Ucharcat 65 1 and \Ucharcat 65 2 Bold is grouped by catcode 1 and 2 A. 3 Implementation Note that the current implementation uses \directlua and a dedicated lu- atex catcode array.
    [Show full text]
  • Latex2e News Issue 31
    LATEX News Issue 31, February 2020 Contents The current release has been tested by a number of people, and we have had valuable feedback on a range Experiences with the LATEX -dev formats 1 of the new ideas. This has allowed us to fix issues in several of the new features, as described below. A Concerning this release . (LuaLTEX engine) 1 We wish to thank all the dedicated users who have been trying out the development formats, and we Improved load-times for expl3 1 encourage others to do so. Pre-testing in this way does mean that, for the vast majority of users, problems are Improvements to LATEX font selection: NFSS 2 Extending the shape management in NFSS . 2 solved before they even appear! Extending the font series management in NFSS 2 Concerning this release . (LuaLATEX engine) Font series defaults per document family . 3 Handling of nested emphasis . 3 The new LuaHBTEX engine is LuaTEX with an Providing font family substitutions . 3 embedded HarfBuzz library. HarfBuzz can be used by Providing all text companion symbols by default 3 setting a suitable renderer in the font declaration. A New alias size function for use in .fd files . 4 basic interface for that is provided by fontspec. This Suppress unnecessary font substitution warnings 4 additional font renderer will greatly improve the shaping of various scripts when using LuaLATEX, many of which Other changes to the LATEX kernel 4 are currently handled correctly only by X TE EX, which UTF-8 characters in package descriptions . 4 always uses HarfBuzz. Fix inconsistent hook setting when To simplify testing of the new engine, binaries have loading packages .
    [Show full text]
  • Pdftex Users Manual
    %PDF-1.4 4 0 obj %ÐÔÅØ << 3 0 obj /Type /Font << /Subtype /Type1 /Length 119 /BaseFont /Times-Roman >> /FontDescriptor 8 0 R stream /FirstChar 33 BT /LastChar 116 /F1 9.9626 Tf 72 713.245 Td /Widths 7 0 R [(W)80(elcome)-250(to)-250(pdfT)]TJ /Encoding 6 0 R 67.818 -2.241 Td [(E)]TJ 4.842 >> 2.241 Td [(X!)]TJ endobj ET 5 0 obj endstream << endobj /Type /Pages 2 0 obj /Count 1 << /Kids [2 0 R] /Type /Page >> /Contents 3 0 R endobj /Resources 1 0 R 9 0 obj /MediaBox [0 0 612 792] << /Parent 5 0 R /Type /Catalog >> /Pages 5 0 R endobj >> 1 0 obj endobj << 10 0 obj /Font << /F1 4 0 R >> << /ProcSet [ /PDF /Text ] /Producer (pdfTeX-1.40.22) >> /Creator (TeX) endobj /CreationDate 7 0 obj (D:20210227094347-08’00’) [333 408 500 500 833 778 333 333 /ModDate (D:20210227094347-08’00’) 333 500 564 250 333 250 278 500 /Trapped /False 500 500 500 500 500 500 500 500 /PTEX.Fullbanner (This is pdfTeX, 500 278 278 564 564 564 444 921 Version 3.141592653-2.6-1.40.22 722 667 667 722 611 556 722 722 (TeX Live 2021) kpathsea version 333 389 722 611 889 722 722 556 722 6.3.3) 667 556 611 722 722 944 722 722 611 >> X user manual 333 278 333 469 500 333 444 500 444 endobj 500 444 333 500 500 278 278 500 278 xref 778 500 500 500 500 333 389 278] 0 11 E endobj 0000000000 65535 f 8 0 obj 0000000296 00000 n << 0000000192 00000 n /Type /FontDescriptor 0000000015 00000 n /FontName /Times-Roman 0000001010 00000 n /Flags 2 0000001162 00000 n /FontBBox [0 -216 1000 678] 0000000898 00000 n /Ascent 678 0000000363 00000 n /CapHeight 651 0000000716 00000 n /Descent -216 0000001219 00000 n /ItalicAngle 0 0000001268 00000 n /StemV 83 trailer /XHeight 450 << /Size 11 >> /Root 9 0 R endobj /Info 10 0 R 6 0 obj /ID << [<AFF1F3A60D0EC01BEC9335B601213F77> /Type /Encoding <AFF1F3A60D0EC01BEC9335B601213F77>] /Differences [33/exclam 69/E 84/T >> 87/W/X 99/c/d/e/f 108/l/m 111/o/p startxref 116/t] 1529 >> %%EOF endobj The pdfT The pdfTEX user manual Hàn Thê´ Thành Sebastian Rahtz Hans Hagen Hartmut Henkel Paweł Jackowski Martin Schröder Karl Berry February 18, 2021 Rev.
    [Show full text]
  • The Fontspec Package Font Selection for X LE ATEX and Lualatex
    The fontspec package Font selection for X LE ATEX and LuaLATEX WILL ROBERTSON With contributions by Khaled Hosny, Philipp Gesang, Joseph Wright, and others. http://wspr.io/fontspec/ 2020/02/21 v2.7i Contents I Getting started 5 1 History 5 2 Introduction 5 2.1 Acknowledgements ............................... 5 3 Package loading and options 6 3.1 Font encodings .................................. 6 3.2 Maths fonts adjustments ............................ 6 3.3 Configuration .................................. 6 3.4 Warnings ..................................... 6 4 Interaction with LATEX 2ε and other packages 7 4.1 Commands for old-style and lining numbers ................. 7 4.2 Italic small caps ................................. 7 4.3 Emphasis and nested emphasis ......................... 7 4.4 Strong emphasis ................................. 7 II General font selection 8 1 Main commands 8 2 Font selection 9 2.1 By font name ................................... 9 2.2 By file name ................................... 10 2.3 By custom file name using a .fontspec file . 11 2.4 Querying whether a font ‘exists’ ........................ 12 1 3 Commands to select font families 13 4 Commands to select single font faces 13 4.1 More control over font shape selection ..................... 14 4.2 Specifically choosing the NFSS family ...................... 15 4.3 Choosing additional NFSS font faces ....................... 16 4.4 Math(s) fonts ................................... 17 5 Miscellaneous font selecting details 18 III Selecting font features 19 1 Default settings 19 2 Working with the currently selected features 20 2.1 Priority of feature selection ........................... 21 3 Different features for different font shapes 21 4 Selecting fonts from TrueType Collections (TTC files) 23 5 Different features for different font sizes 23 6 Font independent options 24 6.1 Colour .....................................
    [Show full text]
  • Using Luatex the Hard Way How to Use the Internal Node Structure of Luatex to Create a PDF Document Without Using \Backslashes
    BachoTEX 2014 LuaTEX Using LuaTEX the hard way How to use the internal node structure of LuaTEX to create a PDF document without using \backslashes Patrick Gundlach speedata [email protected] BachoTEX 2014 LuaTEX What I don’t like about TEX 2 BachoTEX 2014 LuaTEX What I don’t like about TEX 3 BachoTTab.X 8 zu 11.2014 … e5! iv. 2. enzyklopädischerLu teil aT X XIIIIIIIIYE 1. e4 e6 2. d4 d5 3. !c3 "b4 4. e5 c5 5. E 9r+lwq-+k+0 a3 "c3 6. bc3 !e7 7. #g4 0–0 9zpp+-sn-zpp0 What9-+n +-I don’ttr-+0 like8. !f3 !bc6 9.about"d3 f5 10. ef6 $f6 11.T X 9+-zppzp-vL-0 "g5 E 9-+-zP-+Q+0 11. … e5! 9zP-zPL+N+-0 9-+P+-zPPzP0 xiiiiiiiiy9tR-+-mK-+R0 11. … e5! Tabelle 8 § 12 13 14 15 16 17 18 19 20 21 1 !g3?! gf3¹ #e2² 0–0?³ "fe1⁵ #f1⁶ #e7 !e5 !c3 ! "f3 c4 ed4 #f5⁴ dc3 !d7 $e7 $c6 b5 2 … … … #f6! #d4 !g5⁷ cd4 c3 "a2 h4⁸ " … … … !f8 $f5 $fd4 #f5 "e8 "e6 3 … … … #d2 !g5 cd4 #e3 #d4¹⁰ "g1 !e5 ! … … !a5! $f5 ed4!⁹ c3 $cd4 $d4 g6 !c5!¹¹ 4 !h4 #f6 !f6 !f8¹² dc5!¹³ gf3 "b1 #f5 cb6 "b6 = e4 gf6 !f8!? %f8 ef3 #f5 b6¹⁴ $f5 ab6 $fe7 5 … … … cd3¹⁵ 0–0 "fe1 !e6 dc5 " … … ed3 #f5!? #d3¹⁶ $g6 %g7¹⁷ 6 … … … … $d4¹⁸ !d4 0–0 !e3¹⁹ cd4 "fd1²⁰ " … … … cd4! $d4 #f5 $c6 d4 !d4 "d8²¹ 7 … … … … … … !e3²² cd4²³ 0–0 " … … … … … $c6! d4 #f5 !d4 12.
    [Show full text]